please answer all the parts

There is a mixture of components 1 and 2 in vapor-liquid equilibrium condition at 30 C and 94 bar. The following equation of state is valid for the vapor phase. P= RT + P2 (Ay, Y2+B) v where A = B RT -3 x 10-4 [1/bar2] and = 7x 10-5 [1/bar2] RT yi and Y2 are the mole fractions of components 1 and 2, respectively. . Component 2 is dilute in the liquid phase and can be described by the Henry's laws, as shown below: H2 7000 bar, Inyo 7 (1 x?) a) If the vapor mixture contains 4 moles of component 1 and 12 moles of component 2, Obtain the total volume of the gas mixture, and partial molar volume of component 2. (3.5 Points] b) Obtain the expressions for fugacity coefficients of component 2 as a pure component, and also a component in the vapor phase. [3.5 Points] c) Please explain if the interactions between the like molecules are stronger or weaker than those between unlike molecules in the liquid phase. [2 Points] d) Based on the information in part a), find the composition of the liquid phase in equilibrium with the vapor phase. (3.5 Points] e) Estimate the saturation pressure of pure component 2. [2.5 Points] There is a mixture of components 1 and 2 in vapor-liquid equilibrium condition at 30 C and 94 bar. The following equation of state is valid for the vapor phase. P= RT + P2 (Ay, Y2+B) v where A = B RT -3 x 10-4 [1/bar2] and = 7x 10-5 [1/bar2] RT yi and Y2 are the mole fractions of components 1 and 2, respectively. . Component 2 is dilute in the liquid phase and can be described by the Henry's laws, as shown below: H2 7000 bar, Inyo 7 (1 x?) a) If the vapor mixture contains 4 moles of component 1 and 12 moles of component 2, Obtain the total volume of the gas mixture, and partial molar volume of component 2. (3.5 Points] b) Obtain the expressions for fugacity coefficients of component 2 as a pure component, and also a component in the vapor phase. [3.5 Points] c) Please explain if the interactions between the like molecules are stronger or weaker than those between unlike molecules in the liquid phase. [2 Points] d) Based on the information in part a), find the composition of the liquid phase in equilibrium with the vapor phase. (3.5 Points] e) Estimate the saturation pressure of pure component 2. [2.5 Points]